DIY Solar Lunar Rover Science Model

What Students Will Learn

Students will explore the principles of solar energy conversion, mechanical engineering, and basic electronics by building and testing a functional lunar rover model. They will investigate how solar panels capture and convert light into electrical energy to power the rover's motors, understand gear ratios and drive mechanisms, and develop problem-solving skills as they troubleshoot assembly and performance. The activity introduces concepts of renewable energy, forces, and motion, while encouraging inquiry-based learning through hands-on experimentation.

Who It's For

This product is designed for students in Years 5–9 (ages 10–15) and is suitable for use in Science, Design and Technologies, and STEM elective classes. It can be adapted for primary extension or secondary foundation levels, making it a versatile resource for differentiated learning environments.

Australian Curriculum Links

This product supports the following Australian Curriculum content descriptions:

• Science (ACSSU097): Electrical energy can be transferred and transformed in electrical circuits and can be generated from a range of sources.
• Science (ACSSU117): Energy appears in different forms, including movement (kinetic energy), heat and potential energy, and energy transformations and transfers cause change within systems.
• Design and Technologies (ACTDEK019): Investigate how forces or electrical energy can control movement, sound or light in a designed product or system.
• Design and Technologies (ACTDEP025): Generate, develop and communicate design ideas and processes using appropriate technical terms and graphical representation techniques.
• STEM F-10 (Critical and Creative Thinking): Students apply problem-solving processes, test and evaluate designs, and reflect on how to improve performance.

Teachers can align the activity with specific year-level outcomes by adjusting the depth of investigation and reporting requirements.

Coding Platform

No coding required. This product is a purely mechanical and electrical model, focusing on hands-on construction and solar energy principles. It is ideal for introducing STEM concepts without the need for programming skills or devices.

What's in the Box

• Solar panel module
• Motor with connecting wires
• Plastic gear set and axle components
• Chassis and body panels (pre-cut, easy assembly)
• Wheels and rubber tyres
• Instruction manual with step-by-step assembly guide
• Small screwdriver and assembly tools
• Spare parts bag (screws, clips, washers)

All components are re-usable and designed for classroom durability. No additional materials are required for basic operation, though a bright light source (e.g., desk lamp or sunlight) is recommended for indoor testing.

Classroom Setup & Requirements

Each kit is designed for individual or pair work. Recommended class size: up to 30 students (15 kits suggested for pair work).

• Space: Standard classroom or maker space with flat work surfaces.
• Time: 2–3 sessions of 45–60 minutes each (assembly, testing, and extension activities).
• Light source: A bright desk lamp (60W+ equivalent) or outdoor sunlight for testing solar operation.
• Tools: All necessary tools are included; no soldering or glue required.
• Supervision: Suitable for guided instruction; minimal safety concerns as no sharp edges or hazardous materials are present.

Extension activities may include testing on different surfaces, measuring speed, or modifying the gear ratio. Teachers can integrate data collection and graphing for cross-curricular numeracy links.

Support & Warranty

All Stemology products are backed by a 12-month warranty against manufacturing defects. For technical assistance, replacement parts, or curriculum integration advice, contact our support team at admin@stemology.com.au. We are committed to helping educators get the most out of their STEM resources.

Bulk & School Orders

We offer competitive bulk pricing for class sets and whole-school purchases. Purchase orders from Australian schools and educational institutions are accepted. To request a quote or place a bulk order, please email admin@stemology.com.au with your requirements. Discounts apply for orders of 10+ units. We also offer free delivery